KrisBoutilier
IS-IT--Management
I'm confused... the 470 doesn't support 802.1Q-in-Q (nested) VLAN tagging, so why do Layer 2 QoS filters seem to be processed before packets coming into a port are mapped into that ports PVID?
For example, I have edge ports that are configured 'Untag PVID', where the PVID is either 715 or 719 and they are also all members of 712. Ie. ports pass untagged traffic to/from either 715 or 719 and always pass tagged traffic to/from vlan 712. This is a basic Nortel IP Phone configuration (712 is the TLAN, 715 and 719 are different workgroups).
Traditionally VLAN 712 has had L2 QoS rules applied to it (Premium_Service) and everything else has been allowed to default. Now I'd like to apply a finer degree of control between 715 and 719 so I created filters for each, but no packets are ever 'hit' by the filters. If I create a L2 filter specifically to match packets without VLAN tags, the missing packets all show up there...
If, for testing, I reconfigure a port so that all traffic is tagged (ie. Tag All, Filter Untagged) then the packets happily hit on the correct L2 VLAN filters.
The switch is running FW:3.6.0.7 SW:v3.7.2.13 BN:00 ISVN:2 and the reference configuration is dumped below.
Any suggestions?
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For example, I have edge ports that are configured 'Untag PVID', where the PVID is either 715 or 719 and they are also all members of 712. Ie. ports pass untagged traffic to/from either 715 or 719 and always pass tagged traffic to/from vlan 712. This is a basic Nortel IP Phone configuration (712 is the TLAN, 715 and 719 are different workgroups).
Traditionally VLAN 712 has had L2 QoS rules applied to it (Premium_Service) and everything else has been allowed to default. Now I'd like to apply a finer degree of control between 715 and 719 so I created filters for each, but no packets are ever 'hit' by the filters. If I create a L2 filter specifically to match packets without VLAN tags, the missing packets all show up there...
If, for testing, I reconfigure a port so that all traffic is tagged (ie. Tag All, Filter Untagged) then the packets happily hit on the correct L2 VLAN filters.
The switch is running FW:3.6.0.7 SW:v3.7.2.13 BN:00 ISVN:2 and the reference configuration is dumped below.
Any suggestions?
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Code:
LAB#show qos l2-filters
Id VLAN VLAN Tag Ether 802.1p DSCP Protocol Dest IP Src IP
Type Priority L4 Port L4 Port
Min / Max Min / Max
__ ______ ________ ______ _____________ ______ ________ ___________ ___________
1 Ignore Untagged Ignore Ignore Ignore Ignore Ignore Ignore
Ignore Ignore
2 715 Tagged Ignore Ignore Ignore Ignore Ignore Ignore
Ignore Ignore
3 712 Tagged Ignore Ignore Ignore Ignore Ignore Ignore
Ignore Ignore
4 719 Tagged Ignore Ignore Ignore Ignore Ignore Ignore
Ignore Ignore
LAB#show qos l2-filter-sets
Layer2 Filter Sets
Id Name Acl Id Ace Id Ace Order
___ ________________ ______ ______ _________
1 Untagged_FGRP 1 1 1
2 Users_FGRP 2 2 1
3 TLAN_FGRP 3 3 1
4 INET_FGRP 4 4 1
LAB#show qos policies
Id Name State Filter Set Fltr Role Order
Type Combination
___ ________________ ________ ________________ ____ ____________________ _____
1 Untagged_L2POL Enabled Untagged_FGRP L2 Edge_Ports 10
2 Users_L2POL Enabled Users_FGRP L2 Edge_Ports 20
3 TLAN_L2POL Enabled TLAN_FGRP L2 Edge_Ports 30
4 INET_L2POL Enabled INET_FGRP L2 Edge_Ports 40
Id Meter In-Profile Out-of-Profile Shaper Shaper User
Action Action Group Group
Session
___ ______________ ______________ ______________ ______________ ______ _______
1 Standard_Servi 0 0
2 Standard_Servi 0 0
3 Standard_Servi 0 0
4 Standard_Servi 0 0
LAB#show qos statistics
Id Name Packet Overflow Total Total InProfile
Hits Packet Octets Overflow Octets
Hits Octets
___ ________________ __________ __________ __________ __________ __________
1 Untagged_L2POL 3683 0 806863 0 0
2 Users_L2POL 0 0 0 0 0
3 TLAN_L2POL 2668 0 171172 0 0
4 INET_L2POL 0 0 0 0 0
Id Overflow OutProfile Overflow Shaping Overflow Percent
InProfile Octets OutProfile Q Drops Shaping OutProfile
Octets Octets Q Drops Octets
___ __________ __________ __________ __________ __________ __________
1 0 0 0 0 0 0 %
2 0 0 0 0 0 0 %
3 0 0 0 0 0 0 %